According to the degree of automation, strapping machine can be divided into semi-automatic strapping machines and fully automatic ones. Semi-automatic strapers are all controlled by single-chip microcomputers and are generally used alone, so there is no communication problem. However, fully automatic strappers are generally used in conjunction with automated production lines, so there will be a problem of coordination and communication involved, so as to realize the linkage of multiple devices. So how does the baler achieve linkage with other devices? This requires a word-communication.
People who are familiar with PLC programs know that there are actually only a few ways of communication, Ethernet, 485 and 232 communications. These communications are real communications, which can be monitored and coordinated. Monitoring is mainly reflected in monitoring whether the baler fails. If a failure occurs, what is the specific reason? Collaboration mainly considers the coordination between the strapper and other equipment, when to feed the strapper, when to discharge, when the strapper fails, whether the front-end equipment needs to stop and wait, etc.
Is it simple to explain it this way? In fact, it is so simple. Don't imagine many things to be complicated. Complex things can be done simply to reduce failures and improve production efficiency. Therefore, when you have demand for baling machine products, you should communicate more with suppliers. They will have many simple ways to solve the problem and avoid complicating the problem.
